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PEパイプ押出機 | 自動供給システム 高精度スクリューによる均一混合
PE Pipe Extruder | Automatic Feeding System High-Precision Screw for Uniform Mixing Main Technical Parameters: Multi-Layer pipes are produced by co-extrusion pipe line. The production line is a kind of special craft processes which can save the cost of raw material and make a series of pipes with functional features. For Example, in order to save the cost of raw material, we can use the recycled material which is to be the middle layer to produce the PE thick wall pipes. For
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PEパイプエクストルージングライン 自動操作 標準に準拠する 耐化学管
PE Pipe Extrusion Line | Automated Operation Standard-Compliant Chemical-Resistant Pipe Main Technical Parameters: Multi-Layer pipes are produced by co-extrusion pipe line. The production line is a kind of special craft processes which can save the cost of raw material and make a series of pipes with functional features. For Example, in order to save the cost of raw material, we can use the recycled material which is to be the middle layer to produce the PE thick wall pipes.
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16-400mm 大口径 HDPE パイプ製造機（水道・ガス供給用）
HDPE PE Pipe Extrusion Line with 16-800mm Pipe Range and 60-900kg Capacity for Water and Conduit Pipes Main Technical Parameters: Multi-Layer pipes are produced by co-extrusion pipe line. The production line is a kind of special craft processes which can save the cost of raw material and make a series of pipes with functional features. For Example, in order to save the cost of raw material, we can use the recycled material which is to be the middle layer to produce the PE
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PE圧力管 水道・ガスプロジェクト用 HDPEプラスチック管
16-160MM Diameter HDPE Pipe Coiler Single Station Professional single disk station plastic pipe coiling machine designed for processed pipes with fully automated operation and high-speed performance. Key Features Automatic winding with adjustable speed and winding methods Single station design for continuous winding operation High-speed performance: 50m/min suitable for PE solid wall and corrugated pipes Pneumatic discharging system for efficient operation Air-operated wheel
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単一ねじPEの管の放出ライン、機械を作る高容量のPeの管
Single Screw PE Pipe Extrusion Machine , High Capacity Pe Pipe Making Machine Main technical parameter: type pipe range(mm) Max. output(kg/h) total power(kw) L*W*H(m) PE-250 110-250 350 230 44*2.5*3 PE-400 160-400 600 400 45*3*3.5 PE-630 315-630 800 490 56*3*3.5 PE-800 500-800 1000 650 58*3.5*3.5 PE-1000 630-1000 1200 760 62*3.5*3.5 PE-1400 800-1400 1500 820 67*4*4 List of PE/HDPE water pipe extrusion machine line : NO. Equipment 1 Automatic Feeder and Drier 2 SJ Single Screw
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水排水管 電気管管 管を作る機械 PE PVC 管の機械 プラスチック
Water Drainge Pipe Electric Conduit Pipe Making Machine PE PVC Pipe Machine Plastic APPLICATION: Single screw extrusion uses one screw within a cylindrical barrel to continuously push plastic through a constant profile die. Production rate is typically measured in mass per hour (lb/hour or kg/hour) and is controlled by the screw speed of the machine.Single-screw extruders are used extensively in the plastics industry for melting polymers,incorporating additives (for example
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Plastic Single Extruder PE HDPE Irrigation Water Supply Pipe Tube Production Making Machine
Plastic Single Extruder PE HDPE Irrigation Water Supply Pipe Tube Production Making Machine APPLICATION: The HDPE pipes with large diameter are usually applied for fuel gas and water supply. This kind of pipe has plenty of excellent features such as heating resistant, aging resistant, high mechanical strength, environmental stress cracks resistant, good creep resistant, etc. It is a preferred gas conduit for ductwork systems and water supply between city and suburb. PE PIPE
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16-400mm PE/HDPEパイプ製造機およびプラスチックパイプ生産ライン
SZ60/38 PE Pipe Extrusion Line / HDPE Pipe Making Machine / Plastic Pipe Production Line Single Screw Extruder: The Single Screw Extruder is designed for the PE and PP pipe applications. Our target is to provide the optimal solutions for the customer’s special needs with the advantage of flexibility in material choices, high performance and long durability. Our engineer combines practical customers' needs and optimal theoretical design to achieve a perfect fit every different
